Deployment of a portable network of seismic instrumentation in each study area. Data acquisition and analysis.

Acquisition of a broadband seismic receivers pool (A1).

Deployment of a broadband seismic network in southern Iberia and northern Morocco: Set up, maintenance and data analysis (A1-A2).

Deployment of a broadband seismic network in central Iberia: Set up, maintenance and data analysis (A3-A4).

Deployment of a broadband seismic network in northern Iberia: Set up, maintenance and data analysis (A4-A5).

Integration of data from existing permanent seismic networks (A1-A5).

Coordination with other related projects and international activities (Topo-Europe, Picasso, etc.) (A1-A5).

Observational seismic instrumentation platform IberArray (A1-A5).

Massive seismic data access, management and analysis tools (A1-A2).

New experimental data to do earthquake relocation studies and focal parameters calculations, with the aim of obtain information about internal structure of the earth from tomography, receiver functions and anisotropy (A2-A5).

New experimental data to approach determination of vector values of present day crustal deformation, detection of relative movements and identification of the areas with tectonic activity that are undergoing the highest stresses (A2-A5).

Collection and analysis of new geological data in the three areas of study (south, centre and north), with especial interest in:

Tectonics and structural geology: Characterization of the main structural units that made up the various orogens and its extensions into continental margins. Production of crustal transects and balanced cross sections. Foreland basin evolution. Location of the main active structures related to plate borders. Identification of active and potentially active faults.

Geomorphology: Identification and characterization of erosive surfaces, paleoclimatic studies from weathered rocks and sedimentary record, analysis of drainage patterns and quantification of incision values, quantitative GIS analysis of land relief from digital topographic models, determination of relief development velocity.

Geochronology: Dating from termochronology based on fission tracks and U-Th/(He) and in situ cosmogenic isotopes.

Geomorphologic and paleogeographic mapping of the peninsular drainage pattern, the sedimentary basins and relief during the past 20 My.

Assessment of correlation grade between the various geophysical and structural parameters of significative observed anomalies in some of them.

Identification of mechamisms and geodinamic modelling of the various litospheric deformation processes inferred in Iberia.

Comparative analysis of uplift, erosion, sedimentation, seismic activity and river systems evolution in Iberia and in other european areas strongly influenced by present day litospheric delamination processes.

(A3-A5)

New 4D models of geodinamic evolution of the significative domains in the iberian plate.

Quaternary crustal deformation balance and co-seismic deformation rates from historical catalogues and paleoseismicity in areas of activity, such as those of interaction between iberian and african plates, or the eastern mediteranean belt, compared to other european areas with smaller seismic activity.

Characterization of vulnerability of the various regions to landslides related to topography and seismic activity.